In recent years, the wealth of technological development revolutionised our ability to collect
data in geosciences. Due to the unprecedented level of detail of these datasets …

It has long been suggested that climate shapes land surface topography through
interactions between rainfall, runoff and erosion in drainage basins,,–. The longitudinal …

In this study, we validate and compare elevation accuracy and geomorphic metrics of
satellite-derived digital elevation models (DEMs) on the southern Central Andean Plateau …

Lidar is the optimum technology for measuring bare-Earth elevation beneath, and the
structure of, vegetation. Consequently, airborne laser scanning (ALS) is widely employed for …

Quantitative geomorphic research depends on accurate topographic data often collected via
remote sensing. Lidar, and photogrammetric methods like structure-from-motion, provide the …

Mass movement occurred in upstream in Riam Kanan Watershed due to this area is part of
Meratus Mountain. The objective of study is to analyse the vulnerability class of mass …

Floodplain and terrace features can provide information about current and past fluvial
processes, including channel response to varying discharge and sediment flux, sediment …

Changes in the steepness of river profiles or abrupt vertical steps (ie waterfalls) are thought
to be indicative of changes in erosion rates, lithology or other factors that affect landscape …

Channel networks exert a key control on drainage basins shape and dynamics, including
the transfer of water and sediments throughout basins, and thus hydrosedimentary hazards …

Much of geomorphology depends on accurate topographic data. Satellites have transformed
our ability to capture such data from planetary surfaces over the last 2 decades. Truly global …